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Significantly Polaris, Sheratan, and a host of other stars rose with the Sun 4 days after Achernar, the star (α) at the very bottom of the Eridanus River:

Almuqaddam 10 11 (700) 12 (336)
April 15 16 (471) 17 (107)
Ca1-25 Ca1-26 Ca2-1 (27)
kiore ki te huaga kua moe ki te tai. Te heke
Achernar (23.3) no star listed Benetnash (208.5)
Polaris, Baten Kaitos (26.6), Metallah (26.9), Segin, Mesarthim (27.2), Sheratan (27.4)
Almuqaddam 12 13 (337) Al Muakhar 1
April 17 (107) 18 19
Cb1-1 (393) Cb1-2 Cb1-3
E tupu - ki roto o te hau tea
Polaris, Baten Kaitos (26.6), Metallah (26.9), Segin, Mesarthim, ψ Phoenicis (27.2), Sheratan, φ Phoenicis (27.4) no star listed Alrisha, χ Phoenicis (29.2)
October 18 19 20 (293)
Assarfa 11 12 (156) 13
φ Centauri (211.0), υ¹ Centauri (211.1) υ² Centauri (211.8), τ Virginis (211.9), Agena (212.1) 14h (213.1)
Thuban (212.8), χ Centauri (213.0), Menkent (213.1)

Earlier I might have made a mistake by placing Achernar (23.3) at Ca1-25 - i.e. in RA day 25 instead of in RA day 23. But the glyphs seem to illustrate a path up from the very bottom to the very top.

336 (Almuqaddam 12) - Assarfa 11 (155) = 181 = 472 (April 17) - October 18 ( 291).

181 was the number we discovered could best coordinate the heliacal rising of a star with another star rising at the other end of the sky, its 'nakshatra star':

Date Heliacal star RA distance Nakshatra star
March 26 (85) Ankaa (5.0) 181.3 Chang Sha (186.3)
April 1 (91) η Andromedae (11.4) 181.5 Mimosa (192.9)
April 17 (107) Polaris (26.6) 181.9 Benetnash (208.5)
April 24 (114) Mira (33.7) 181.1 κ Virginis (214.8)
May 26 (146) Ain (65.7) 181.3 Heart (247.0)
May 28 (148) Aldebaran (68.2) 180.9 Antares (249.1)
July 6 (187) Wezen (107.1) 181.3 Nunki (288.4)
July 26 (206) Avior (126.4) 180.8 Gredi (307.2)
August 21 (233) Regulus (152.7) 181.9 Sadalmelik (334.6)
September 4 (247) Dubhe (166.7) 181.1 Fomalhaut (347.8)

Presumably the ordinary year beginning with April 17 (107) at Cb1-1 had its heliacal star positions in better accordance with reality than the ordinary year ending before the 107-day long season including February 29:

80 Ca1-1 283 Ca11-1 (285)
March 22 (81) December 31 (365)
365
59 Ca13-2 (345) 46 *Ca14-29 (392)
February 29 (60) April 16 (472)
107

Maybe the distance from Polaris (26.6) to Benetnash (208.4) = 181.8 = ca 182 days could have been reflected in the calendar as a Sign of the leap year, when indeed e.g. April 16 (472) - 290 (October 17) = 182, although 335 (Almuqaddam 11) - Assarfa 10 (154) = 181. I have postulated there is no leap day in the manzil calendar:

Almuqaddam 8 9 (333) 10 11
April 13 (104) 14 15 16 (472)
*Ca14-26 *Ca14-27 *Ca14-28 *Ca14-29 (392)
manu kake rua te henua te honu te rima
Achernar (23.3) no stars listed
October 14 15 16 17 (290)
Assarfa 7 8 9 10 (154)
no star listed τ Bootis (208.2), Benetnash (208.5) ν Centauri (208.7), μ Centauri, υ Bootis (208.8) Muphrid (210.1), ζ Centauri (210.3)

From Achernar to Benetnash there are 208.5 - 23.3 = ca 185¼ days.

My 'nakshatra stars' should come a few days (glyphs) before their 'heliacal stars', for example is April 17 (107) - 3 = 104 (April 14 in an ordinary year). It would have been relatively easy to predict 3 days in advance when 'the tablet of the years' should be turned around.